Professional Lighting Design & Research
I am a Lighting Designer and research collaborator at the Institute of Research in Light, Environment and Vision (ILAV), CONICET-UNT in Argentina. I hold the world's only undergraduate degree in Lighting Design from Universidad Nacional de Tucumán.
My work spans from architectural lighting design to advanced research in spectral analysis, colorimetry, and photometric measurements. I have professional experience at BALDAI TIENDA & DISEÑO, where I designed lighting systems for diverse applications.
As a published researcher (first author in Nature Scientific Data), I specialize in analyzing the chromatic diversity of natural objects across continents, combining rigorous scientific methodology with creative design thinking.
Professional lighting design and consulting services tailored to your needs
Comprehensive analysis, relevance assessment, and feasibility studies for lighting projects. From initial concept to project execution, including operational management, testing, measurements, maintenance, and inspection of all types of lighting installations.
Studies, tasks, and consulting related to selection and fabrication processes of lighting systems and components, covering technical, economic, and commercial aspects.
Development of consulting, direction, and supervision activities for tasks related to services outlined in section A.
Professional arbitration, expert assessments, and valuations related to lighting and vision matters.
Development of consulting activities on environmental issues related to lighting and vision, ensuring sustainable and responsible design practices.
sdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsd
asdas
kkk
sdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsd
sdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsdsdfsdfsdfsdfsd